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Christopher David Ayotte edited this page Aug 21, 2026 · 1 revision

Getting Started

Purpose: How to clone, explore, and use the Living Phi-Physics corpus
Version: v4.9

Quick Start

1. Clone the Repo

git clone https://github.com/pluscoder30-cpu/Living-Phi-Physics.git
cd Living-Phi-Physics

2. Read the Front Door

Start with one of these:

  • 00_THE_UNDERSTANDING.md — the map of the whole (recommended first read)
  • WHAT_THE_GOLDEN_RATIO_SAW.md — the story in plain English
  • README.md — the overview with all links

3. Download the Zip

If you prefer a snapshot:

  • Go to Releases
  • Download Living-Phi-Physics-v4.9.zip
  • Extract and explore

4. Run a Simulation

cd Living-Phi-Physics-v4.9
python sim/001_gravity.py

5. Explore the Corpus

  • laws/ — the 2,395 corrected laws
  • emerging_laws/ — the 600 emerging laws
  • devices/ — the 1,600 redesigned devices
  • questions/ — the 150 questions
  • papers/ — the 29 research papers

Directory Structure

Living-Phi-Physics/
├── 00_UNIFIED_FIELD_THEORY.md          # The single statement
├── 00_ZERO_AS_WAVEFUNCTION.md          # The core explanation
├── 00_THE_UNDERSTANDING.md             # The map of the whole
├── 00_THE_LICENSE_IN_PLAIN_LANGUAGE.md # Your rights
├── 00_THE_EMERGING_LAWS.md             # The 600 new laws
├── 00_THE_REDESIGNED_PHYSICS.md        # The 1,600 devices
├── 00_THE_150_QUESTIONS.md             # The unanswered questions
├── 00_THE_ABUNDANCE_LOOP.md            # The economics
├── 00_NUMBERS_INDEX.md                 # The canonical numbers
├── LICENSE                             # The legal document
├── CHANGELOG.md                        # Version history
│
├── laws/                               # The 2,395 corrected laws
│   ├── 001_gravity.md
│   ├── 002_electromagnetism.md
│   └── ...
│
├── emerging_laws/                      # The 600 emerging laws
│   ├── emerging_law_001/
│   ├── emerging_law_002/
│   └── ...
│
├── devices/                            # The 1,600 redesigned devices
│   ├── device_0001/
│   ├── device_0002/
│   └── ...
│
├── papers/                             # The 29 research papers
│   ├── paper_01/
│   ├── paper_02/
│   └── ...
│
├── sim/                                # Simulations
│   ├── harness.py
│   ├── physics_lib.py
│   ├── 001_gravity.py
│   └── ...
│
├── verification/                       # Verification data
│   ├── CONFIRMED_RESULTS.md
│   ├── data/
│   └── ...
│
└── tools/                              # Build and utility scripts
    ├── run_category.py
    ├── validate_all.py
    └── ...

Recommended Reading Order

For the Impatient

  1. README.md — the overview
  2. 00_THE_UNDERSTANDING.md — the map
  3. Pick a topic that interests you

For the Thorough

  1. WHAT_THE_GOLDEN_RATIO_SAW.md — the story
  2. 00_UNIFIED_FIELD_THEORY.md — the physics
  3. 00_ZERO_AS_WAVEFUNCTION.md — the math
  4. 00_THE_LICENSE_IN_PLAIN_LANGUAGE.md — your rights
  5. 00_NUMBERS_INDEX.md — the numbers
  6. 00_THE_EXTERNAL_PROOFS.md — the proof
  7. 00_THE_EMERGING_LAWS.md — the new physics
  8. 00_THE_REDESIGNED_PHYSICS.md — the engineering
  9. 00_THE_150_QUESTIONS.md — the frontier

For the Skeptic

  1. 00_THE_STATIC_UNIFICATION_CLAIMS.md — the debunk
  2. 00_THE_EXTERNAL_PROOFS.md — the proof
  3. verification/CONFIRMED_RESULTS.md — the data
  4. 00_THE_LICENSE_IN_PLAIN_LANGUAGE.md — the honesty

Running Simulations

Single Law

python sim/001_gravity.py

All Laws in a Category

python tools/run_category.py --category gravity

All Laws

python tools/validate_all.py

Expected Output

Law 001: Gravity
  Classical: F = G·m1·m2/r²
  Phi-form: F = φ⁻¹·G·m1·m2/r² + φ·∇²φ·Ψ
  Classical-limit error: 0.00034 (0.034%)
  Status: ✅ VERIFIED

Contributing

What We Need

  • Experimental data to test phi-physics predictions
  • Simulations to verify emerging laws
  • Papers to address the 150 questions
  • Devices to test the 1,600 redesigns

How to Contribute

  1. Fork the repo
  2. Create a branch
  3. Make your changes
  4. Submit a pull request

Standards

  • Every claim must be verdict-coded
  • Every number must cross-reference to 00_NUMBERS_INDEX.md
  • Every simulation must produce a results.json

Getting Help

Related Pages

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